public void pulse(bool iState)
{
if (is_infinite || (pulse_speed <= 0) || (pulse_speed >= chunks.Count))
{
// Instantaneous trigger
is_infinite = true;
List <ActivableObject> aos = getWireTargets();
foreach (ActivableObject target in aos)
{
// if (iState)
// target.activate();
// else
// target.deactivate();
PulseToken ptk = new PulseToken(0, iState?1:-1);
target.listen(ptk);
ptk = null; // wait GC...
}
//(TL.GetCursorValue() as WireTimelineValue)._WireEvent = iState ? Events.INF_ON : Events.INF_OFF ;
return;
}
getRootChunk().pulse_bag.Add(new PulseToken(pulse_speed));
getRootChunk().propagateAll();
}
public void propagatePulse(PulseToken iPT)
{
if (iPT.speed == 0)
{
// Reset PT speed
iPT.speed = wire.pulse_speed;
pulse_bag.Add(iPT);
pulse_color();
return; // Stop propagation
}
if (successors.Count == 0)
{
foreach (ActivableObject target in targets)
{
this.activated_this_cycle = target.listen(iPT);
}
iPT.deletion_flag = true;
reset_color();
}
else
{
foreach (Vector3Int succ_coord in successors)
{
WireChunk wc = wire.getWChunkFromCoord(succ_coord);
wc.propagatePulse(iPT.getPropagated()); // decrement speed as we propagate
iPT.deletion_flag = true;
reset_color();
}
}
}
public virtual bool listen(PulseToken iPT)
{
this.stored_pulses += iPT.PW;
if (this.stored_pulses >= required_PW)
{
Debug.Log("trig : storage " + this.stored_pulses);
activate(); return(true);
}
else
{
deactivate();
}
return(false);
}